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| fxdemo:01-part:12-relationship-to-the-logical-architecture-pim:12-3-logical-architecture-preserves-conceptual-meaning [2026/06/29 14:31] – ↷ Page moved from fxdemo:01-part:12-3-logical-architecture-preserves-conceptual-meaning to fxdemo:01-part:12-relationship-to-the-logical-architecture-pim:12-3-logical-architecture-preserves-conceptual-meaning owen | fxdemo:01-part:12-relationship-to-the-logical-architecture-pim:12-3-logical-architecture-preserves-conceptual-meaning [2026/08/04 07:09] (current) – ↷ Links adapted because of a move operation nick_dido | ||
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| - | The Logical Architecture / PIM preserves the meaning of the conceptual elements defined in Part 1. | + | The [[dido: |
| - | A logical element may specialise, refine, constrain, or relate a conceptual element. It does not redefine the conceptual element. A Logical Node remains a specialisation | + | A logical element may specialize, refine, constrain, or relate a conceptual element. It does not redefine the conceptual element. A Logical |
| Preserving conceptual meaning maintains the architecture’s onion structure. The logical layer builds outward from the conceptual layer rather than replacing it. | Preserving conceptual meaning maintains the architecture’s onion structure. The logical layer builds outward from the conceptual layer rather than replacing it. | ||
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| + | © 2026 Dido Solutions, Inc. and Jackrabbit Consulting, Inc. | ||
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